KR100826033B1 - Shirt finishing machine - Google Patents

Abstract

A shirt finishing machine is provided to prevent contact of a sleeve and a front end of a lower iron when rotating a supporting arm by adjusting orbit of the lower iron when tilting or erecting the supporting arm. A shirt finishing machine comprises a body model(2), a left and a right side supporting arm(3), a lower iron(9), a fixing unit(14), and an upper iron(10). A shirt(1) is put on the body model. A pair of supporting arms are placed at two sides of the body model and tilted to side part of the body model to lift up a sleeve(1a) of the shirt. The lower iron wherein a front end of the sleeve is placed, is formed at an upper part of the supporting arms. The fixing unit fixes cuffs of the sleeve to the lower iron. The upper iron presses the upper surface of the lower iron to press-finish the front end of the sleeve. A movable iron is located at a back side of the lower iron when pressing the upper iron. The front end of the sleeve that pushed out of the back side of the lower iron, is pressed by the movable iron.

Description

Shirt finisher {SHIRT FINISHING MACHINE}

Figure 1 shows a preferred embodiment of the finisher of the present invention, Figure 1a is a front view of the main part, Figure 1b is a plan view of the main part.

2 is an essential part cross sectional view taken along the line II-II of FIG. 1B.

3 is a perspective view of an essential part of the finisher.

4 is a front view of the main part of the finisher.

5 is a front view of the main part of the finisher.

6 is a right side view of the main part of FIG. 5;

FIG. 7 is a plan view of main parts of FIG. 5. FIG.

8 is a perspective view of the main portion showing the upper part of the support arm on the left side as viewed from the front of the finisher.

Fig. 9 is a perspective view of an essential part showing the upper part of the support arm on the left side seen from the front of the finisher.

Fig. 10 is a front view of the main portion showing the configuration of the means for adjusting the trajectory of the lower iron.

11 is a perspective view of an essential part of the finisher.

12 is a front view of the main part of the finisher.

The present invention relates to a shirt finisher for press-finishing shirts such as washed shirts. More specifically, the present invention relates to a shirt finisher formed to remove wrinkles with a shirt on a human body model.

Conventionally, finishers of this kind are described, for example, in US Pat. No. 6,758,377. Such a conventional device is formed with a human body model for wearing a shirt, and a pair of left and right support arms disposed on both sides of the human body model and inclined to the side of the human body model to pull the sleeve of the shirt. And a lower iron at which the tip of the sleeve is set on the upper portion of the support arm, a fixing mechanism for fixing the cuff portion of the sleeve to the lower iron, and an upper portion for pressing the upper end of the sleeve to press finish the press. Iron is installed.

In the case of this kind of finisher, the tip of the sleeve is fitted into the lower iron and is set in a flat shape. The upper iron presses the upper surface of the lower iron to press-finish the upper surface of the tip of the sleeve, while the support arm tilts to pull the sleeve, supplying steam and hot air from the inside of the human body into the sleeve, inflating the sleeve and tensioning it. Finish in the state. That is, conventionally, this type of finisher is a structure in which the sleeve is pulled without finishing pressing the lower surface of the sleeve tip touching the lower side of the lower iron and finished in a tensioned state.

Therefore, when using a conventional device, there is a problem that the lower end of the sleeve tip is pulled out and wrinkles are generated in this part, so that it cannot be finished neatly.

The present invention has been proposed in view of such problems of the prior art.

Therefore, the technical problem to be solved by the present invention is formed so that the lower end of the sleeve can be pressed, preventing the wrinkles due to the pulling of the sleeve due to the traction operation or inflation action on the fabric of the part, to clean the shirt It is to provide a shirt finisher formed for finishing.

As shown in FIG. 1 and the like, the lower surface of the sleeve tip fitted to the lower iron is provided with a movable iron pressed at the time of pressing the upper iron.

Therefore, according to the present invention, since the sleeve can be pulled while pressing the lower surface of the sleeve tip by the movable iron and finished in a tense state by hot air or the like, wrinkles can be prevented from occurring on the lower surface of the sleeve tip. I can finish the sleeve neatly.

In the case of the present invention, it is preferable that the movable iron is formed so that steam or the like can be supplied and heated therein, similarly to the upper iron, so that wrinkles of the sleeve tip can be removed neatly. Moreover, although the pair of press irons are normally provided in the finisher of this invention before and behind a human body model, this kind of press iron may be abbreviate | omitted.

In the present invention, the lower iron is formed in a narrow width of the front and rear when viewed from above, the movable iron is disposed at the rear of the lower iron at the time of pressing the upper iron, the end portion of the sleeve is pushed out to the rear of the lower iron It is preferable that it is formed in the state which a movable iron supports.

This is because the lower iron is narrower, so that the tip of the sleeve can be easily fitted to the lower iron, and the lower surface of the sleeve can be pressed.

Moreover, in this invention, it is preferable to be provided with the tension member which protrudes forward when viewed from the top, and tensions the front end part of a sleeve to the lower iron by the fixing mechanism.

This is because by doing so, the looseness of the sleeve tip can be eliminated and the finish of the sleeve tip can be improved.

In addition, in the present invention, as shown in Fig. 3, the movable iron is preferably rotated between the rear of the lower iron and the position of the lower rear of the lower iron so that the lifting operation is possible.

This is because the moving iron can be moved and arranged in a small space quickly and efficiently.

In this case, the present invention, as shown in Figure 6, when the support member and the movable iron of the upper iron is rotated forward and lowered, the movable iron is raised to place the rear of the lower iron, the upper iron to the rear It is preferable that it connects via the link which lowers a movable iron and retracts to the position of the lower back side of a lower iron when it rotates and raises.

This is because the movable iron can be moved by using the lifting operation of the upper iron and the driving means dedicated to the movable iron can be omitted, thereby making it possible to reduce the cost, weight and size of the present invention.

In addition, the present invention, as shown in Figure 5, 10, etc., the lower iron, the fixing mechanism and the upper iron is attached to the frame is installed on the upper portion of the support arm, the frame is stationary about the axis along the front and back direction of the human body model It is preferably formed to be rotatable in the (right) direction, and is provided with means for adjusting the rotation angle of the frame in a state in which the tip of the lower iron always faces the human body model according to the rotation of the support arm. Do.

Because this prevents the tip of the lower iron from pushing up or touching the inner side of the sleeve when the support arm is tilted or raised, the sleeve can be opened without damaging the fabric or wrinkles. Because you can finish neatly.

In addition, the present invention, as shown in Figure 4, when the support arm is inclined to reach the limit of the pulled state of the shirt sleeve, and provided with a controller for outputting a signal for returning the support arm slightly toward the human body to the driving device of the support arm; It is preferable that it is formed.

This is because it is possible to prevent damage to the fabric as compared with the case where the sleeve is pulled to the limit and inflated by hot air. Here, the "limit of the traction state of the sleeve" means the maximum boundary that, if the support arm is inclined to pull the sleeve more than that will damage the sewing portion of the cloth or sleeve. Whether the limit of the towing state has been reached is determined by detecting a change in the gas pressure in the air cylinder with a sensor when the driving apparatus is, for example, an air cylinder. In addition, you may judge whether the limit of the towing state was reached by setting the extension length of a rod corresponding to the length of a sleeve beforehand. In addition, the term 'slightly' refers to a length in which the sleeve can be inflated and finished in a tension state without damaging the fabric of the sleeve. Specifically, the length is about several millimeters to several tens of millimeters. Examples of the controller include a microcomputer and a sequencer.

In addition, the present invention, as shown in Fig. 12, the trunk tension member (tunk tension member) which is inclined by the weight on both sides of the human body model to the side of the human body model to protrude and tension the side of the shirt is applied to the human body model (trunk tension member) It is preferable that is provided.

Conventionally, in this type of finisher, when the side of the shirt is tensioned, the operator has changed the protrusion distance of the body tension member to match the size of the shirt. For this reason, when shirts of various sizes are mixed, it is difficult to determine the protruding distance of the body tension member in accordance with the size, and variations in the protruding distance cannot be avoided depending on the worker.

The present invention solves this problem. Therefore, according to this invention, the trouble of having to select the protrusion distance of a trunk tension member according to the size can be eliminated, and it can be ensured without being influenced by an operator's judgment. In this case, the front length of the shirt hangs the front button, or the inside of the human body model is evacuated and adsorbed to the human body model. This is to prevent the front length from being opened by the protrusion operation of the body tension member. The body tension member is arranged to be inclined by its own weight, for example, by manually moving, and the return is usually automatically performed by an air cylinder or the like.

EMBODIMENT OF THE INVENTION Hereinafter, the best form for implementing this invention is demonstrated.

According to the present invention, a human body model 2 (a shape in which the upper part of the human body is seen) and a human body model 2 for wearing a shirt 1, such as a shirt, are inclined to the side of the human body model 2. A pair of left and right support arms 3 for pulling the sleeve 1a of the jersey shirt 1 is provided. The interior of the human body model 2 is exhausted, and the front and rear paths of the shirt 1 are formed to be adsorbed on the surface of the human body model 2. Furthermore, the finisher of this invention is formed so that steam and hot air can be supplied into the sleeve 1a of the shirt 1 from the inside of the human body model 2 through the rice cake 2a.

The lower end of the support arm 3 is attached to both sides of the column 4 (refer to FIG. 11) which is erected behind the dummy 2 via the shaft 5 along the front and rear direction of the dummy 2. . Reference numeral 6 denotes an air cylinder as a drive device for rotating the support arm 3. The support arm 3 is erected toward the human body model 2 around the shaft portion 5 at the lower end by the stretching operation of the rod of the air cylinder as the drive device 6 or from the human body model 2. It tilts by rotating at a predetermined angle laterally. Reference numeral 7 (see FIG. 3) denotes a pair of press irons for pressing the front and rear bodies of the shirt 1. In the present embodiment, the press iron 7 is guided to the guide 8, and is configured to slide to the position on the right side when the human body model 2 is viewed from the front, and is evacuated.

Reference numeral 9 (see FIG. 1B, FIG. 3, etc.) denotes a lower iron on which the tip 1b of the sleeve 1a is set. In the present embodiment, as shown in FIG. 1B, the lower iron 9 has a narrow front and rear width when viewed from above and is formed long in the left and right directions. In the present invention, the upper portion of the portion 1c of the sleeve 1a, which is arranged behind the lower iron 9 and fitted to the lower iron 9, is pushed out to the rear of the lower iron 9. It is provided with the movable iron 9a supported at the time of the press of the iron 10. As shown in FIG. 2 in this embodiment, the upper surface of the movable iron 9a is the support surface part 9a1 which becomes the one of the upper surface and the surface of the lower iron 9 at the time of the press of the upper iron 10, Successive to the support surface portion 9a1, the inclined surface portion 9a2 of the downward gradient is formed in front. The rear surface 91 of the lower surface of the lower iron 9 is formed on the inclined surface of the upward gradient at the rear so as to be joined to the inclined surface portion 9a2. The tip portion 1b of the sleeve 1a is fitted into the inclined surface portion 9a2 and the rear surface 91 of the lower surface of the lower iron 9 and pressed. The portion 1c pushed out to the rear of the lower iron 9 is supported by the movable iron 9a and pressed into the upper iron 10.

In addition, in this embodiment, as shown in FIG. 3, the movable iron 9a rotates between the back of the lower iron 9 and the position of the lower back of the lower iron 9, and an elevating operation is possible. It is formed. In the present embodiment, the movable iron 9a is formed to move up and down in conjunction with the operation when the upper iron 10 rotates in the front and rear directions. That is, as shown in FIG. 6, when the upper iron 10 rotates forward and descends to the support member 10a of the upper iron 10, the movable iron 9a is raised to lower the iron. It is arranged at the rear of the (9), when the upper iron (10) is rotated to the rear and ascended through the link (11) for lowering the movable iron (9a) to retract to the position of the lower rear of the lower iron (9) have. Reference numeral 12 is an upper cylinder air cylinder for rotating the upper iron 10 in the front and rear directions. The main body of the air cylinder 12 for upper irons is pivotally attached to the support member 10a. The lower end of the rod is pivotally attached to the frame 13 provided on the upper side of the support arm 3.

The link 11 includes an upper connecting member 11a and a lower connecting member 11b, both of which are pivotally attached by a shaft pin 11c. As shown in FIG. 5, the upper connecting member 11a and the lower connecting member 11b are formed in a pair of left and right shapes in parallel when viewed from the front. The upper end of the upper connecting member 11a is pivotally attached to the supporting member 10a by the shaft pin 11d. The movable iron 9a is fixed to the front end of the lower connecting member 11b at a predetermined angle. Moreover, when the movable iron 9a is arrange | positioned behind the lower iron 9, the upper side so that the lower periphery along the longitudinal direction of the lower connecting member 11b may contact a predetermined position of the frame 13 so that it may be a support point. Is connected to the connecting member 11a. Since the link 11 is configured in this manner, first, when the rod of the upper leg cosmetic air cylinder 12 is contracted and the upper iron 10 descends, the lower connecting member 11b together with the upper connecting member 11a. ) Descends. Next, when the lower circumference along the longitudinal direction of the lower connecting member 11b touches the frame 13, the lower connecting member 11b is bent upwardly around the shaft pin 11c. Thereby, the movable iron 9a is arrange | positioned behind the lower iron 9. As shown in FIG.

Reference numeral 14 denotes a fixing mechanism for fixing the cuff portion 1d of the sleeve 1a to the lower iron 9. The fixing mechanism 14 is provided with a pressing portion 14a disposed above the root portion near the outside of the lower iron 9, and an air cylinder for pressing portions for lifting and lowering the pressing portion 14a. 14b). The press part air cylinder 14b is attached to the frame 13 with the rod downward. The lower end of the rod and the pressing portion 14a are connected by a hook-shaped connecting member 14c, and when the rod extends downward, the pressing portion 14a is lowered together with the connecting member 14c and the lower iron 9 Press the cuff part 1d to the root of the c) and fix it. The lower iron 9, the upper iron 10, and the fixing mechanism 14 are attached to the frame 13 and are provided on the upper portion of the support arm 3.

Reference numeral 15 (see FIGS. 3, 7, 8, etc.) projects the cuff portion 1d fixed to the lower iron 9 by the fixing mechanism 14 toward the front when viewed from above, and thus the sleeve 1a. It is a tension member that tensions the tip portion 1b of the front side forward. In this embodiment, the said tension member 15 is provided in the position of the front of the lower iron 9 corresponding to the cuff part 1d in the front-back direction of the lower iron 9 so that a retraction operation is possible.

Reference numeral 16 (see FIGS. 7 to 9) denotes an elongated member air cylinder for retracting the tension member 15. The tension cylinder air cylinder 16 is fixed in a horizontal state with the rod facing the front at a predetermined position of the frame 13. The rod has an elongated plate 17 attached to the distal end thereof in the longitudinal direction of the rod. In the elongate plate 17, a slit-shaped hole 17a (see Fig. 9) engaged with the pin 18 (see Figs. 8 and 9) is formed along the longitudinal direction. The pin 18 is formed in a bolt shape, and is attached to the predetermined position of the frame 13 sideways. The connecting member 14c is formed such that the longitudinally long hole 14c1 is engaged with the pin 18 and guided to the pin 18 to move up and down. When the rod of the tension member air cylinder 16 is expanded and contracted, the long plate 17 is guided to the pin 18 and moved back and forth. As a result, the tension member 15 is retracted in a stable posture, and the front end portion 1b of the sleeve 1a is protruded forward to be tensioned when moving forward.

In addition, the frame 13 is rotatably installed in the forward and reverse directions on the upper portion of the support arm 3 about the axis 19 (see FIGS. 5 to 7 and the like) along the front and rear directions. Reference numeral 20 (see FIGS. 1A, 10, 11, etc.) adjusts the rotation angle of the frame 13 in accordance with the rotation of the support arm 3 to the side, and the front end of the lower iron 9 is modeled on the human body. It is a bar as a means of always facing the shoulder 2a of (2). The upper end of the bar is pivotally attached to a predetermined position of the frame 13 outside the shaft 19, and the lower end is pivoted to a position outside the shaft portion 5 near the shaft portion 5 of the support arm 3. It is. And the said bar is provided in the inclined shape in each of the left and right support arms 3 on the left and right sides of the human model 2, respectively.

In addition, according to the present invention according to the present embodiment, when the support arm 3 is inclined to reach the limit of the pulled state of the sleeve 1a of the shirt 1, the support arm 3 is attached to the air cylinder as the drive device 6. It is formed with the controller 21 (refer FIG. 4) which outputs the signal returned to the human body model 2 side slightly. The controller 21 is composed of a microcomputer and is built in the control panel 22. Whether the sleeve 1a has reached the limit of the traction state is, for example, a limit of the traction state that detects a change in the gas pressure in the air cylinder as the drive device 6 with a sensor (not shown) and sets this detection value in advance. It is realized by comparing with a value. When the detected value reaches the limit value, a signal is sent from the controller 21 to the solenoid valve of the air circuit of the air cylinder as the drive device 6 to slightly contract the rod of the air cylinder. As a result, the support arm 3 slightly returns to the human body model 2 side, and the sleeve 1a is tightened in a state one step ahead of the limit of the tension state. In this state, the finisher of the present invention is supplied with hot air and steam into the sleeve 1a, so that the sleeve 1a is finished in a tensioned state.

Reference numeral 23 (see Fig. 12) denotes a body tension member that protrudes and tensions the side of the shirt 1, which is worn on the human body model 2, to the side of the human body model 2. The trunk portion tension member 23 is disposed on both sides of the human body model 2, and the shaft 23b along the front and rear directions of the human body model 2 on the upper part of the standing support piece 23a. It is attached rotatably at a predetermined angle in the vertical direction through). The support piece 23a is formed in the shape of a pair in parallel, respectively, when the human body model 2 is seen from the front. And the rod of the body cylinder tension member air cylinder 24 is pivotally attached to the lower end of the inner support piece 23a. The air cylinder 24 for the trunk tension member is disposed in the lower part of the human body model 2. Therefore, in the case of this invention which concerns on this embodiment, since the air cylinder 24 is not exposed to the outer side of the human body model 2, the outer periphery of the lower part of the human body model 2 is neat, and the shirt 1 is made into a human body. It is possible to easily work on the model 2 or peeling it off from the human body model 2. The body tension member 23 is inclined by its own weight to the outer side about the pivot attachment shaft 23c along the front and back direction of the human body model 2 under the support piece 23a, and the shirt 1 It is comprised so that it may extrude and tension the side part of the. In other words, when the rod of the body tension member air cylinder 24 extends and pushes the lower end of the inner support piece 23a to the inside of the human body model 2, the support piece 23a pivots the pivot attachment shaft 23c. Tilt outwards about the center. When the body tension member 23 extends the rod to a position where the body tension member 23 is inclined outward by its own weight, the driving stops, and then the body tension member 23 is inclined. According to the configuration, the rod is configured to be naturally drawn. The return of the trunk tension member 23 is automatically made as the rod of the air cylinder 24 for the trunk tension member contracts. In the present embodiment, the trunk portion tension member 23 is formed of a bow member 23d and a wire member 23e extending to the upper and lower ends of the bow member 23d. The wire member 23e is formed of a flexible metal material so as to fit snugly along the side line of the shirt 1 in cooperation with the coil spring 25 for flexibly moving the trunk tension member 23.

Reference numeral 26 (see Figs. 5, 7 and the like) denotes a clamp device used when the shirt 1 is short sleeved. The clamp device 26 is attached to the frame 13 with the pair of pinching pieces 26a (see FIG. 7) facing vertically. Reference numeral 26b denotes an air cylinder for a pinching piece for opening and closing the pinching piece 26a. When the rod of the pinch piece air cylinder 26b is extended, one pinch piece 26a is rotated about the longitudinal axis 26c, and is closed, and it opens when it contracts. This invention which concerns on this embodiment is comprised so that the long sleeves and the short sleeves shirt 1 can be finished by one by providing such a clamp apparatus 26. FIG. Reference numeral 27 (see FIG. 1A and the like) denotes a switch box provided with various switches 28 and lamps 29.

Next, the operation of the present invention according to the present embodiment will be described.

First, the operator wears the shirt 1 on the human body 2 to adjust the front and rear paths. In this case, the inside of the human body model 2 is exhausted, and the front and back lengths of the shirt 1 are attracted to the human body model 2. In this state, the rod of the air cylinder 24 for the trunk tension member is extended by a predetermined short distance. Then, the support piece 23a rotates outward about the pivot attachment shaft 23c, and inclines outward from a vertical position. As a result, the body tension member 23 is inclined by its own weight, and the side portion of the shirt 1 protrudes outward and is tense.

Next, the operator looks at the human body 2 from the front and the lower end portion 9b of the left side of the support arm 3 which is arranged next to the human body 2 with the front end 1b of the left sleeve 1a. Put it in. In this case, the operator touches the inner surface of the front end portion 1b of the sleeve 1a to the side surface in front of the lower iron 9, and pulls the front end portion 1b to the rear of the lower iron 9 to set it. In this state, the worker fixes the cuff portion 1d to the root of the lower iron 9 by the pressing portion 14a of the fixing mechanism 14. Next, the tension member 15 advances forward of the lower iron 9, and protrudes forwardly the tip portion 1b of the sleeve 1a to tension it. In this state, the upper iron 10 is lowered as shown in FIG. Then, by the action of the link 11, the movable iron 9a is rotated upward and upward, and is disposed behind the lower iron 9. The movable iron 9a thus supports a portion 1c of the sleeve 1a which is pushed out behind the lower iron 9 (see FIG. 1B). In this state, the upper iron 10 press-ends the tip portion 1b.

The finishing machine of this invention which concerns on this embodiment presses the front-end | tip part 1b of the left sleeve 1a in this way, and a shoulder press iron (not shown) presses both the shoulders of the shirt 1 in this way. And a pair of press irons 7 are arranged to face the human body model 2 to press the front and back roads of the shirt (1).

Next, the worker looks at the human body model 2 from the front, inserts the right sleeve 1a into the lower iron 9 on the right side, and fixes the tip portion 1b with the fixing mechanism 14. Then, the operator tensions the tip portion 1b forward by the tension member 15. Thereafter, similarly to the above example, the upper iron 10 is lowered so that the movable iron 9a is disposed at the rear of the lower iron 9 and is pushed out to the rear of the lower iron 9. Support 1c). In this state, the upper iron 10 press-finishes the tip portion 1b of the right sleeve 1a.

Next, the rod of the air cylinder as the drive device 6 is extended, and the support arm 3 is inclined. When the sleeve 1a reaches the limit of the towing state, the rod of the air cylinder slightly contracts by a signal from the controller 21. As a result, the support arm 3 is slightly returned to the human body model 2 side. In this state, steam and hot air are supplied from the inside of the human body model 2 to the sleeve 2a and into the sleeve 1a, so that the sleeve 1a is expanded and finished in tension.

In the case of the present invention, when the support arm 3 is tilted or raised, the tip of the lower iron 9 is operated by the action of the bar as the means 20 for adjusting the trajectory of the lower iron 9. The sump 2a of the model 2 always faces. That is, in FIG. 10, when the support arm 3 is inclined from the position of the angle A to the position of the angle B, since the length of the bar is constant, as the support arm 3 is inclined, the lower iron ( In the state where the tip of 9) faces the ridge 2a of the human body model 2, the frame 13 is gradually rotated clockwise about the axis 19. As shown in FIG. In addition, when the support arm 3 is raised, the frame 13 is rotated counterclockwise so that the tip of the lower iron 9 always faces the ridge 2a of the human model 2. Therefore, in the case of the present invention, the sleeve 1a does not come into contact with the tip of the lower iron 9 or be pushed out when the support arm 3 is rotated.

In the above description, the front and rear widths of the lower iron 9 are narrowly formed in the above example, and the movable iron 9a is formed to be disposed behind the lower iron 9, but the present invention is not limited thereto. That is, in the case of the present invention, the lower iron (9) is wider in the front and rear than in the case of the conventional equipment, so that the movable iron (9a) presses the entire lower surface of the front end portion (1b) of the sleeve (1a), the lower iron The size may be substantially the same as the lower surface of (9). Moreover, in the case of this invention, the said fixing mechanism 14 may be formed in the fitting type which pinches and fixes the cuff part 1d from top and bottom.

Moreover, the movable iron 9a may be formed so as to descend directly from the position behind the lower iron 9 or slide immediately behind the lower iron 9 to be evacuated. In addition, although the movable iron 9a is formed so that it may be interlocked with the upper iron 10 by the link 11 in the said example, you may control by the operation means separate from the upper iron 10. FIG. In addition, the movable iron 9a may be formed so as to be supplied with steam and heated therein.

According to the present invention, the shirt is formed so that the lower end of the sleeve can be pressed, and the fabric of this part is prevented from being wrinkled due to the pulling of the sleeve due to the traction operation or the expansion action, and the shirt can be neatly finished. A finisher can be provided.

Claims (11)

And a pair of left and right support arms arranged on both sides of the body model and inclined to the side of the body model to pull out the sleeves of the shirt. The tip of the sleeve is provided at the upper portion of the support arm. The lower iron set, a fixing device for fixing the cuff portion of the sleeve to the lower iron, and a shirt finisher provided with an upper iron for pressing the upper surface of the lower iron to press finish the sleeve. A shirt finisher characterized in that the lower surface of the sleeve tip to be fitted in the upper portion is provided with a movable iron which is pressed during the press of the upper iron. The method of claim 1, The lower iron is formed with a narrow front and rear width when viewed from above, the movable iron is arranged behind the lower iron at the time of press of the upper iron, and the movable iron supports the portion where the tip of the sleeve is pushed out behind the lower iron. The shirt finisher which is formed in the state to do. The method of claim 2, A shirt finisher, characterized in that it is provided with a tension member which protrudes forward when viewed from above and the front end portion of the sleeve is tensioned forward when viewed from above. The method of claim 3, wherein A shirt finishing machine, wherein the movable iron is rotated between the rear of the lower iron and the position of the lower rear of the lower iron so that the lifting operation is possible. The method of claim 4, wherein When the support member and the movable iron of the upper iron rotate downward and the upper iron rotates forward, the movable iron is raised and placed on the rear of the lower iron.If the upper iron rotates backward and ascends, the movable iron is lowered to lower the lower iron. A shirt finisher characterized in that it is connected via a link to evacuate to a rear position. The method of claim 1, The lower iron, the fixing mechanism and the upper iron are attached to the frame and installed on the upper portion of the support arm, so that the frame is rotatably formed in the normal and reverse direction about an axis along the front and back of the human body model, and the rotation angle of the frame is And a means for adjusting the tip of the lower iron in a state in which the tip of the lower iron always faces the rotation of the support arm. The method of claim 5, The lower iron, the fixing mechanism and the upper iron are attached to the frame and installed on the upper portion of the support arm, so that the frame is rotatably formed in the normal and reverse direction about an axis along the front and back of the human body model, and the rotation angle of the frame is And a means for adjusting the tip of the lower iron in a state in which the tip of the lower iron always faces the rotation of the support arm. The method of claim 1, A shirt finisher, characterized in that the drive arm of the support arm is provided with a controller for outputting a signal for returning the support arm slightly toward the human body model when the support arm is inclined to reach the limit of the pulled state of the shirt sleeve. The method of claim 7, wherein A shirt finisher, characterized in that the drive arm of the support arm is provided with a controller for outputting a signal for returning the support arm slightly toward the human body model when the support arm is inclined to reach the limit of the pulled state of the shirt sleeve. The method of claim 1, On both sides of the human body model, a trunk tension member is provided on the side of the human body, which is inclined by its own weight and protrudes and tensions the side of the shirt which is worn on the human body model. Shirt finisher. The method of claim 9, A shirt finisher characterized in that a body tension member is provided at both sides of the body model to protrude and tension the side portions of the shirt worn on the body model by being inclined by its own weight on the side of the body model.

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